Searched for: author:"Wilmer, D."
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Wilmer, D. (author)
Robustness is essential for schedules if they are being executed under uncertain conditions. In this thesis we research robustness in Partial Order Schedules, which represent sets of solutions for instances of the Resource-Constrained Project Scheduling Problem. They can be generated using a greedy procedure called Chaining, which can be easily...
master thesis 2015
document
Wilmer, D. (author), Klos, T.B. (author), Wilson, M. (author)
Temporal scheduling problems occur naturally in many diverse application domains such as manufacturing, transportation, health and education. A scheduling problem arises if we have a set of temporal events (or variables) and some constraints on those events, and we have to find a schedule, which is an assignment of values to the variables that...
conference paper 2013
document
Wilmer, D. (author), Klos, T. (author), Wilson, M. (author)
Temporal scheduling problems occur naturally in many diverse application domains such as manufacturing, transportation, health and education. A scheduling problem arises if we have a set of temporal events (or variables) and some constraints on those events, and we have to find a schedule, which is an assignment of values to the variables that...
conference paper 2013
document
De Nijs, F. (author), Wilmer, D. (author), Klos, T.B. (author)
Voting is a popular way of reaching decisions in multi-agent systems. Weighted voting in particular allows different agents to have varying levels of influence on the decision taken: each agent’s vote carries a weight, and a proposal is accepted if the sum of the weights of the agents in favor of the proposal is at least equal to a given quota....
conference paper 2012
Searched for: author:"Wilmer, D."
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